Developing the next generation
of airborne integrated systems
UAV systems and components built for extreme conditions. Reliable, straightforward to operate, and safety-focused. Engineered for Nordic weather, including known icing and instrument meteorological conditions, with software-based safety for more demanding missions. Open interfaces and documented APIs support a wide range of third-party payloads and sensors, enabling seamless integration. In-house production and vertical integration reduce supply-chain risk and allow rapid system modifications and fast field support.
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Industry

High payload capacity

Reliable datalink with multiple fallback options

Increased situational awareness with ADS-B and FLARM capabilities

Ease of use with advanced autonomy

Autonomous self-protection mechanism

Resistant to GNSS interference

Government

GNSS-independent navigation using multiple redundant systems

Designed from the ground up to be interference-resistant, with multiple fallback options and encrypted datalinks

Able to operate in almost all weather conditions, including known icing conditions

Advanced payload integration

Long endurance

Autonomous self-protection system with threat detection
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About Us
We are a Finland-based company building reliable, safe, and cost-effective unmanned aerial systems. Our products are designed and built largely in-house, combining our own components with proven third-party technology. The systems withstand extreme weather and resist intentional interference.

Our sensor-fusion stack improves spoofing detection and automatically switches to alternative systems when needed, supporting operational resilience. Keeping development and production in-house gives us control, faster iteration, and cost-effective delivery without sacrificing quality or performance.

Engineered to operate more like commercial aircraft, our UAVs prioritize reliability, safety, and advanced autonomy for demanding missions.
Why Our Solution
Built for Nordic winters and summer heat, our solutions deliver reliable performance in extreme conditions and resist deliberate interference. They are engineered to operate similar to commercial aircraft, prioritizing safety, autonomy, and dependable operation. A sensor-fusion navigation stack detects spoofing and other signal disruptions, automatically switching to alternative positioning methods to preserve mission integrity. We design and manufacture largely in-house for quality, cost control, and deep system knowledge, while partnerships with Finnish universities bring proven research into the platform. Modular payloads and open interfaces support defense, commercial, and industrial missions, allowing configurations to adapt as requirements evolve. In-house production also keeps costs predictable without compromising performance.
Investors
After our new aircraft flight testing, we are planning our next funding round in early to mid-2026. If you invest in dual-use tech, we would welcome a conversation.

ville.loytynoja(at)flytomous.fi

This information is for informational purposes only and is not an offer to sell or a solicitation to buy securities.